What are the key questions in quantum technology?
Quantum computing research examines how quantum states can represent and process information. Its themes include quantum error correction, algorithm design and the development of qubit devices. Progress depends on understanding both the physical behaviour of those devices and the methods needed to control and measure them.
- Quantum algorithms and information processing
- Quantum error correction
- Qubit devices and control
How are semiconductors evolving?
Advanced semiconductor research considers transistor structures, integration methods and new computing architectures. Gate-all-around devices, three-dimensional stacking and neuromorphic chips offer different approaches to device density, connectivity and computation. Materials, fabrication and circuit design are closely connected in this field.
- Advanced transistor architectures
- Three-dimensional semiconductor integration
- Neuromorphic and emerging computing devices
What can small satellites help us study?
Space science connects the design of satellite systems with the information collected by their instruments. Small satellites and CubeSats provide a setting for questions about propulsion, communication, control and remote sensing. Satellite data also connects space systems with the study of Earth and its environment.
- Small satellites and CubeSat systems
- Space exploration and propulsion
- Remote sensing and satellite data
How do biology and computation intersect?
Life sciences research includes genome editing, metabolic engineering and synthetic biology. Computational methods can support the analysis of biological systems and the exploration of drug discovery questions. These areas combine biological understanding with careful experimental design and data interpretation.
- Genome editing and synthetic biology
- Metabolic engineering and biopharmaceutical platforms
- Computational methods for biological research
Which questions shape future energy research?
Energy research covers plasma behaviour, fusion materials and methods of controlling complex systems. In fusion research, topics include tokamak plasma control and the use of computational approaches to study stability. Materials and nanoscale structures also connect energy questions with other research fields.
- Plasma and tokamak control
- Fusion materials and stability
- Materials and devices for energy systems
Frequently asked questions
Which research fields are introduced here?
The main fields are quantum technology, advanced semiconductors, space science, life sciences and future energy.
Does the overview list currently open projects?
It describes research themes. Specific project announcements and updates are provided in individual news articles when published.
Where does nanotechnology fit?
Nanoscale materials and devices intersect with semiconductor, quantum, biological and energy research.
How can I follow research updates?
Browse the News page or subscribe to the RSS feed for published articles in this language edition.
How can I ask about collaboration?
Email nxtgen@snu.re.kr with your organisation, research interests and the proposed topic of discussion.